Minisymposium “Riemann Surfaces”
at SIAM – Conference on Applied Algebraic Geometry, 9-13 July 2019, Bern, Switzerland
In the past decades, the central role played by Riemann surfaces in pure mathematics has been strengthened with their surprising appearance in string theory, cryptography and material science. This minisymposium is intended for the curve theorists and the avant-garde applied mathematician. Our emphasis will be on the computational aspects of Riemann surfaces that are prominent in pure mathematics but are not yet part of the canon of applied mathematics. Some of the subjects that will be touched upon by our speakers are integrable systems, Teichmüller curves, Arakelov geometry, tropical geometry, arithmetic geometry and cryptography of curves.
Speakers:
In order of appearance:
Simonetta Abenda – Real soliton lattices of KP-II equation and desingularization of spectral curves
Daniele Agostini – Numerical Schottky geometry in genus 5
Robin de Jong – Arakelov invariants in the tropical limit
Christophe Ritzenthaler – Siegel modular forms and classical invariants
Jeroen Sijsling – Computing endomorphism rings of Jacobians
Anna Somoza – Inverse Jacobian problem for cyclic plane quintic curves
Jonathan Zachuber – Counting Special Points on Teichmüller Curves
David Torres – Teichmüller curves, Kobayashi geodesics and Hilbert modular forms
Time and place:
09 July 2019, Tuesday 15:00 – 17:00 at Unitobler, F-107
10 July 2019, Wednesday 15:00 – 17:00 at Unitobler, F-107
Organizers:
Daniele Agostini
Türkü Özlüm Çelik
Christian Klein
Emre Can Sertöz
Emre Sertöz 